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NEWS

November 12, 2025

Local waste water sampling

It’s a dirty job but someone’s gotta do it. 
As part of the JUA KIVU project we are collecting wastewater samples from several places. The pictures show installation of passive samplers at the busiest public toilet in Kigali with around 5400 visits per day.

Wastewater sampling is a powerful tool for understanding community health. 
By collecting and analyzing samples from sewage systems, scientists can detect traces of viruses that people excrete—often before they show symptoms. This approach makes it possible to monitor the spread of mpox, but also other infections such as polio, influenza, or even emerging viruses, without relying on individual testing. Because wastewater reflects the combined health of an entire population, it provides a cost-effective, anonymous, and inclusive way to track diseases across large areas.

In the context of outbreak control, wastewater data can act as an early warning system. 
When virus levels in wastewater rise, public health officials can respond quickly—by increasing clinical testing, sharing public health advice, or implementing targeted interventions. This proactive method helps prevent outbreaks from growing undetected and supports informed decision-making during public health crises. As global challenges from infectious diseases continue to evolve, wastewater surveillance is becoming an essential part of protecting communities and building resilient health systems.

November 12, 2025

Capacity building training

In Rwanda, a recent training brought together local scientists from Burundi, Rwanda, Tanzania and the DRC to learn hands-on methods for processing and analyzing samples. 
The workshop focused on practical techniques and data analysis—from processing samples for metagenomic and amplicon-based whole genome sequencing to analyzing and interpreting the resulting data using bioinformatics tools. By sharing these skills, the training helps strengthen local expertise in environmental surveillance and public health research. Participants gained technical knowledge to be able to apply it in their own laboratories and communities, ensuring that important monitoring work can continue sustainably at the national level.

Building local capacity is a cornerstone of long-term public health resilience. When scientists and institutions within a country have the tools, knowledge, and infrastructure to monitor disease threats, they can respond more quickly and effectively to outbreaks. Empowering local experts reduces dependency on external laboratories and creates lasting networks for collaboration, innovation, and knowledge sharing. This approach ensures that scientific progress benefits the people who need it most—protecting communities, strengthening health systems, and promoting regional self-reliance in the face of future challenges.